Research team member focusing on the application of stochastic and numerical modeling to study the impact of human activities on groundwater/surface-water interactions in the intermountain basins in west and southwest Montana .

Marketing and implementation of waste-water treatment systems based on revolutionized non-toxic bio-remediation solutions that is scale-able and cost effective.

1 - Application of computer modeling techniques to address groundwater flow and contaminant transport problems at several sites across United States (MODFLOW, MT3D, MODPATH). 2 - Evaluation of aquifer test data and results interpretation using AQTESOLV. 3 - Evaluate Natural Attenuation of Hydrocarbons and Chlorinated Solvents in groundwater using screening models BOSCREEN and BIOCHLOR. 4 - Assessing Source Water Protection Areas (SWPA) for permitting groundwater supply wells, using analytical and numerical groundwater flow modeling;5 - Analysis of salt water intrusion in coastal aquifers, using numerical model SEAWAT6 - Statistical analyses on soil and groundwater data7 - Analysis of environmental impact on groundwater caused by the a proposed scenario of decay of several istops (nuclides) from decomssinoed nuclear reactors using GoldSim software.